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目前,金属卤族钙钛矿半导体材料既可作为吸光层在广泛应用与太阳能电池、光探测器和光闪烁器中,亦作为发光层应用于在光二极管、显示器和激光器等器件中。因此,对该类钙钛矿半导体材料的本征特性的研究亟待关注。胶体量子点的量子限域特性不仅可调节材料的发光波长,而且可用于研究材料的基本特性和确定材料的本征电学参数。CsPbI量子点在胶体量子点太阳能电池、发光二极管和光探测器等应用中表现出优异的特性。采用尺寸选择性沉淀的方法获得了一系列尺寸不同且分布较小的CsPbI3量子点。通过对其XRD数据分析,发现钙钛矿量子点的相结构为γ相,而不是之前报道的α相,并可能存在尺寸依赖的八面体晶格扭曲。通过对晶格体积的计算拟合,得到CsPbI量子点的表面能为-3.0到5.1 eV/nm。此外,首次采用了一种非球形能带离散的中度限域模型来对尺寸依赖的CsPbI量子点的带隙进行拟合,并计算得出了CsPbI材料的带隙、约化质量和激子束缚能等电学参数。

关键词： CsPbI3钙钛矿量子点尺寸依赖性限域机制

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Jamun(Syzygium cumini(L.)Skeels)seed bioactives and its biological activities:A review

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Food Bioscience 2022年第6期50卷 2035-2050页

作者： Manoj Kumar Muzaffar Hasan Jose M.Lorenzo Sangram Dhumal Jyoti Nishad Nadeem Rais Aman Verma Sushil Changan Mrunal Deepak Barbhai Radha Deepak Chandran Ravi Pandiselvam Marisennayya Senapathy abhijit Dey Prakash Chandra Pradhan Pran Mohankumar Vishal P.Deshmukh Ryszard Amarowicz Mohamed Mekhemar Baohong Zhang Chemical and Biochemical Processing Division ICAR – Central Institute for Research on Cotton TechnologyMumbai400019India Department of Biology East Carolina UniversityGreenvilleNC27858USA Agro Produce Processing Division ICAR – Central Institute of Agricultural EngineeringBhopal462038India Centro Tecnológico de la Carne de Galicia rúa Galicia n◦4Parque Tecnológico de GaliciaSan Cibrao das Viñas32900OurenseSpain Área de Tecnología de los Alimentos Facultad de Ciencias de OurenseUniversidad de Vigo32004OurenseSpain Division of Horticulture RCSM College of AgricultureKolhapur416004MaharashtraIndia Department of Food Technology Shaheed Rajguru College of Applied Sciences for WomenUniversity of Delhi110096India Department of Pharmacy Bhagwant UniversityAjmer305004India Division of Plant Improvement and Pest Management ICAR – Central Arid Zone Research Institute (CAZRI)JodhpurIndia Division of Crop Physiology Biochemistry and Post-Harvest TechnologyICAR – Central Potato Research InstituteShimla171001India School of Biological and Environmental Sciences Shoolini University of Biotechnology and Management SciencesSolan173229India Department of Veterinary Sciences and Animal Husbandry Amrita School of Agricultural SciencesAmrita Vishwa Vidyapeetham UniversityCoimbatore642109Tamil NaduIndia Division of Physiology Biochemistry and Post-Harvest TechnologyICAR – Central Plantation Crops Research Institute (CPCRI)Kasaragod671 124KeralaIndia Department of Rural Development and Agricultural Extension College of AgricultureWolaita Sodo UniversityWolaita SodoEthiopia Department of Life Sciences Presidency University86/1 College StreetKolkata700073West BengalIndia Sardarkrushinagar Dantiwada Agricultural University BanaskanthaGujarat385506India School of Agricultural Sciences Karunya Institute of Technology and SciencesCoimbatore641114Tamil NaduIndia Bharati Vidyapeeth (Deemed to be University) Yashwantrao Mohite Institute of ManagementKaradIndia Institute of Animal

Jamun(Syzygium cumini Skeels)is a nutritious fruit and has historically been used as both as an edible and a traditional *** jamun seed is an inedible by-product of the ***,their high concentration of phytochemicals makes them valuable components of *** studies on diverse biological activities of jamun seeds have warranted their application in human health and biomedical *** review paper discusses critically the phytochemical composition of jamun seeds and the bioactivities,including their antioxidant,anti-inflammatory,anti-cancer,antidiabetic,anti-microbial,anti-obesity,hepato-protective,cardio and gastro-protective *** bioactivity of jamun seed is related to the presence of phenols,flavonoids,steroids,alkaloids,triterpenoids,tannins,and *** research in vivo,and in vitro experiments with human and animal cell models support the idea that jamun seed extract can be valuable additions in food and biomedical fields due to the diverse bio-functional ***,in-depth and systematic in vivo clinical trials using human subjects must be conducted to confirm the safe consumption limit and establish other therapeutic roles of jamun seeds for their abundant utilization as a nutraceutical or pharmacological ***,research is required to understand the exact mechanisms of the bioactivities exhibited by jamun seeds.

关键词： Bioactivity Jamun seeds Phytochemicals Health promoting activity

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Apple(Malus domestica Borkh.)seed:A review on health promoting bioactivities and its application as functional food ingredient

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Food Bioscience 2022年第6期50卷 2051-2066页

作者： Manoj Kumar Mrunal D.Barbhai Tuba Esatbeyoglu Baohong Zhang Vijay Sheri Sangram Dhumal Nadeem Rais Radha Eman Mohammad Said Al Masry Deepak Chandran Ravi Pandiselvam Marisennayya Senapathy abhijit Dey Sheetal Vishal Deshmukh Mohamed El Sayed Negm Marthandan Vishvanathan Sangeetha Kizhakkumkara Sathyaseelan Sabareeshwari Viswanathan Pran Mohankumar José M.Lorenzo Chemical and Biochemical Processing Division ICAR—Central Institute for Research on Cotton TechnologyMumbai400019India Department of Food Development and Food Quality Institute of Food Science and Human NutritionGottfried Wilhelm Leibniz University HannoverAm Kleinen Felde 3030167HannoverGermany Department of Biology East Carolina UniversityGreenville27858USA Division of Horticulture RCSM College of AgricultureKolhapur416004India Department of Pharmacy Bhagwant UniversityAjmerRajasthan305004India School of Biological and Environmental Sciences Shoolini University of Biotechnology and Management SciencesSolan173229India Faculty of Libral Arts and Ancient Indian Wisdom Shoolini UniversitySolan173229India Department of Veterinary Sciences and Animal Husbandry Amrita School of Agricultural SciencesAmrita Vishwa Vidyapeetham UniversityCoimbatore642109India Division of Physiology Biochemistry and Post-Harvest TechnologyICAR-Central Plantation Crops Research Institute (CPCRI)KasaragodKerala671124India Department of Rural Development and Agricultural Extension College of AgricultureWolaita Sodo UniversityWolaita SodoSNNPREthiopia Department of Life Sciences Presidency University86/1 College StreetKolkata700073India Bharati Vidyapeeth (Deemed to be University) Yashwantrao Mohite Institute of ManagementKaradIndia Cotton Research Institute Agriculture Research CenterGiza3725004Egypt Department of Seed Science and Technology Amrita School of Agricultural SciencesAmrita Vishwa Vidyapeetham UniversityCoimbatore642109India Department of Plantation Crops and Spices Kerala Agricultural UniversityVellanikkaraThrissur680656KeralaIndia Department of Soil Science and Agricultural Chemistry Amrita School of Agricultural SciencesAmrita Vishwa Vidyapeetham UniversityCoimbatore642109India School of Agricultural Sciences Karunya Institute of Technology and SciencesCoimbatore - 641114India Centro Tecnológico de la Carne de Galicia Parque Tecnológico de GaliciaAvd.Galicia n° 4Sa

Recent trends in food industry focus on utilization of fruit processing waste and by-products as novel ingredients due to their nutritional *** seed is one such novel ingredient that can find application as functional ingredient in food,nutraceutical and pharmaceutical *** existing studies suggest that apple seed is a rich source of amino acids,fatty acids and polyphenolic *** review discusses the nutritional and phytochemical profile as well as biological activities exhibited by the apple *** also highlights the current application of apple seed in food,pharmaceutical and nutraceutical industries along with the safety aspects considering the presence of *** apple seed meal,extracts or seed oil as novel ingredient can find various industrial applications given their dense nutritional *** their functionality,rigorous and extensive research is required to promote its usage at industrial level for harnessing the benefits of apple seeds.

关键词： Apple seed Biological activities Industrial applications Phytochemicals

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找出组织中的关键岗位

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商业评论 2024年第10期 108-113页

作者：鲍里斯·格鲁斯伯格埃里克·林阿比吉特·奈克萨沙·施密特李君哈佛商学院欧柏林学院风投公司Quent Capital 德国奥托贝森商学院德国奥托贝森商学院体育与管理中心

领导者喜欢显示他们对员工的重视.领导者常说团队中的每个人都是企业成功的关键.尽管这听上去令人振奋,但事实并非如此.只有给最关键的岗位配备优秀的人,人才才能成为竞争优势.把明星员工放在不重要的岗位上只会大材小用,浪费人才.在战...

领导者喜欢显示他们对员工的重视.领导者常说团队中的每个人都是企业成功的关键.尽管这听上去令人振奋,但事实并非如此.只有给最关键的岗位配备优秀的人,人才才能成为竞争优势.把明星员工放在不重要的岗位上只会大材小用,浪费人才.在战略执行中,人们普遍认为,集中力量——识别、培养并利用关键的能力——是取得成功的关键.然而,在将这些能力转化到具体的职位之前,如果缺乏相应的制度来确保由高素质的员工担任这些职位,战略就只能是纸上谈兵.

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设计AI营销战略

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企业家信息 2021年第12期 60-62页

作者：托马斯·达文波特阿巴吉特·古哈杜鲁夫·格雷瓦尔蒋荟蓉(翻译) 巴布森商学院牛津大学赛德商学院麻省理工学院南卡罗莱纳大学达拉摩尔商学院不详

公司的所有职能里,营销也许是最能借由人工智能(AI)获得提升的。营销的核心活动是理解客户需求,提供相应的产品和服务,并说服人们购买--AI可以大幅度增强这些能力。2018年麦肯锡一项涵盖四百多个高级使用场景的分析表明,AI在营销领域最... 详细信息

公司的所有职能里,营销也许是最能借由人工智能(AI)获得提升的。营销的核心活动是理解客户需求,提供相应的产品和服务,并说服人们购买--AI可以大幅度增强这些能力。2018年麦肯锡一项涵盖四百多个高级使用场景的分析表明,AI在营销领域最能发挥价值。

关键词：营销战略营销领域 AI 麦肯锡使用场景客户需求产品和服务

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慢性HBV患者从富马酸替诺福韦二吡呋酯(TDF)转换为丙酚替诺福韦(TAF)1年后,骨骼和肾脏安全性出现改善

慢性HBV患者从富马酸替诺福韦二吡呋酯(TDF)转换为丙酚替诺福韦(T...

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第十届全国疑难及重症肝病大会

作者： Wai Kay Walter Seto Maria Buti Namiki Izumi Young-Suk Lim Jia-Horng Kao Adrian Streinu-Cercel Elena Nurmukhametova Xiaoli Ma Fehmi Tabak Maciej Jablkowski Vithika Suri John F.Flaherty Audrey H.Lau Anuj Gaggar Shuyuan Mo Cong Cheng abhijit Chowdhury Scott K.Fung Wan-Long Chuang Edward Gane Queen Mary Hospital Hong Kong

背景第96周时TAF显示出不劣于TDF的疗效,且对骨骼和肾脏的影响较小。在双盲(DB)治疗时间延长一年的方案修订实施后,50%的患者能够继续接受DB治疗,其余患者在第96周时已经转换为开放标签(OL)TAF。本研究对比了随机分配至TDF治疗组的患者...

背景第96周时TAF显示出不劣于TDF的疗效,且对骨骼和肾脏的影响较小。在双盲(DB)治疗时间延长一年的方案修订实施后,50%的患者能够继续接受DB治疗,其余患者在第96周时已经转换为开放标签(OL)TAF。本研究对比了随机分配至TDF治疗组的患者在第96周时继续TDF治疗或转换为TAF治疗后,第96周至第144周的疗效和安全性。

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杭州RAFFLES城

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城市环境设计 2010年第1期 36-39页

作者： Ben van Berkel Caroline Bos Astrid Piber Hannes Pfau Markus van Aalderen Juliane Maier Marc Salemink Andreas Bogenschuetz Marina Bozukova Brendon Carlin Miklos Deri Gary Freedman Juergen Heinzel Alexander Hugo abhijit Kapade Marcin Koltunski Fernie Lai James Leng Tom Minderhoud Peter Moerland Rudi Nieveen Hans-Peter Nuenning Hyunil Oh Steffen Riegas Rikjan Scholten Ioana Sulea Christian Veddeler Rein Werkhoven Georg Willheim UNStudio

杭州Raffles城发展坐落于浙江省省会杭州市的钱塘江边,是嘉德置地继新加坡、上海、北京、成都和巴林之后的第六栋,将零售店、办公楼、住户和酒店设施融于一体,成为新城区的文化地标。

关键词：杭州浙江文化地标 RAFFLES 城市背景杭州市新城区嘉德 Lake 办公楼零售店

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